This study shows the effect of various numerical models on the development of analytical fragility curves for bridge piers. Two distinct models are compared: model with a single degree of freedom, and the proposed full bridge model. Bridge pier damage indexes are obtained by performing both dynamic and static nonlinear analyses (pushover and time history analysis), in order to develop fragility curves for this bridge pier. It was observed that capacity curves, ductility curves, and fragility curves, are sensitive to structural modelling
International audienceBridges are one of the most vulnerable structures to an earthquake damage. Due...
Abstract Bridges are among the most vulnerable structures to earthquake damage. Most bridges are sei...
The seismic performance of a bridge can be shown by analyzing the vulnerability of the structure in ...
U radu se analizira utjecaj različitih numeričkih modela mosta na definiranje krivulja vjerojatnosti...
This paper focuses on the development of seismic fragility curves for a single bridge pier. Using an...
Within the context of structure deterioration studies, we propose a new numerical method based on t...
A new methodology for the development of bridge-specific fragility curves is proposed with a view to...
Within the context of structure deterioration studies, we propose a new numerical method based on th...
A large portion of the Central and Southeastern United States is defined as a potential hazard for s...
The ultimate goal of this research is to improve highway system perfor-mance in earthquakes by evalu...
For offshore bridges, the most prominent problem in the whole life cycle is that it is in an earthqu...
Dynamic loads can cause severe damage to bridges, and lead to malfunction of transportation networks...
<p>Effect of different modeling parameter on the collapse fragility curves of bridge piers.</p
The main objective of this study is to assess the accuracy and suitability of Nonlinear Static Proce...
Safety of the existing corrosion damaged reinforced concrete (RC) bridges during a seismic event is ...
International audienceBridges are one of the most vulnerable structures to an earthquake damage. Due...
Abstract Bridges are among the most vulnerable structures to earthquake damage. Most bridges are sei...
The seismic performance of a bridge can be shown by analyzing the vulnerability of the structure in ...
U radu se analizira utjecaj različitih numeričkih modela mosta na definiranje krivulja vjerojatnosti...
This paper focuses on the development of seismic fragility curves for a single bridge pier. Using an...
Within the context of structure deterioration studies, we propose a new numerical method based on t...
A new methodology for the development of bridge-specific fragility curves is proposed with a view to...
Within the context of structure deterioration studies, we propose a new numerical method based on th...
A large portion of the Central and Southeastern United States is defined as a potential hazard for s...
The ultimate goal of this research is to improve highway system perfor-mance in earthquakes by evalu...
For offshore bridges, the most prominent problem in the whole life cycle is that it is in an earthqu...
Dynamic loads can cause severe damage to bridges, and lead to malfunction of transportation networks...
<p>Effect of different modeling parameter on the collapse fragility curves of bridge piers.</p
The main objective of this study is to assess the accuracy and suitability of Nonlinear Static Proce...
Safety of the existing corrosion damaged reinforced concrete (RC) bridges during a seismic event is ...
International audienceBridges are one of the most vulnerable structures to an earthquake damage. Due...
Abstract Bridges are among the most vulnerable structures to earthquake damage. Most bridges are sei...
The seismic performance of a bridge can be shown by analyzing the vulnerability of the structure in ...